In response to the growing demand for environmentally friendly manufacturing in the automotive industry, 'Tube Hydroforming' technology has emerged as a crucial method for producing lightweight components, thereby contributing significantly to the realization of a low-carbon society. To facilitate the exchange of innovative ideas and information among academics, researchers, and engineers concerning all aspects of tube/sheet hydroforming technologies, the international conference "TUBEHYDRO" was established in 2003 in Kariya city, Japan. Since its inception, this biennial conference series has been hosted in various locations, including Gyeongju, Korea (2005), Harbin, China (2007), Kaohsiung, Taiwan (2009), Hokkaido, Japan (2011), Jeju, Korea (2013), Xian, China (2015), Bangkok, Thailand (2017), Kaohsiung, Taiwan (2019), and Shimane, Japan (2021). Now in its 11th iteration, TUBEHYDRO 2024 is scheduled to take place in Korea. 

The conference will not only focus on recent experimental, computational, and theoretical research achievements in tube/sheet hydroforming technology but also on industry application development, solutions for mass production, and topics related to intelligent quality control, among others. Delegates will have the opportunity to exchange their new ideas, results, and even cultures. We welcome your contribution to the conference and invite you to join us in making it a fruitful and collaborative experience.

The main topics of the conference include but are not limited to the following: 

1. General tube forming technology

2. Tube hydroforming

3. ERW and laser welded tubes for hydroforming

4. Sheet hydroforming and hydrobulging

5. Hot (Warm) forming

6. Die quenching

7. Hot blow forming

8. Sheet metal forming

9. Lightweight materials (Al, Mg, Ti, etc.)

10. Material characterization and modeling 

11. Intelligent forming technology

The conference encompasses a broad spectrum of research areas, covering topics such as the formability of tube hydroforming, experimental and theoretical results of tube hydroforming, numerical Simulation of tube/sheet hydroforming, design of hydroforming die, hydropiercing and hydrojoining, CNC bending, laser cutting related to tube hydroforming, material characterization, and intelligent forming technologies.